- External climatic conditions and thermal-humidity internal parameters changes in working environment of production building. Katunský, Dušan; Kamenský, Martin; Katunská, Jana; Zozulák, Marek // Applied Mechanics & Materials;2016, Vol. 820, p115
The article describes measurement results of external climate conditions and their influence on internal environment in selected production building in winter period. The content of this contribution is the comparison of external climatic conditions measured during one mounth to internal...
- Honing in on Humidification. Lull, William P. // Consulting-Specifying Engineer;Mar2000, Vol. 27 Issue 3, p34
Focuses on methods of implementing high-limit controls for humidification in industrial plants. Difficulties in humidification control implementation; Risks of the inability to control humidification; Process of implementing the high-limit control method. INSETS: Controlling Particulates and...
- Humidification 101. Nelson, Gene C. // Engineered Systems;Apr2000, Vol. 17 Issue 4, p78
Focuses on the relevance of humidification system in providing acceptable indoor environments in the United States. Fundamental design factors of a humidification system; Discussion on design criteria, building envelopes and load calculations; Selection of system and equipment; Location options...
- Shutdown Do's and Don'ts. Norland, Jim // Air Conditioning Heating & Refrigeration News;8/11/2003, Vol. 219 Issue 15, p1
Discusses a strategy for maintaining school humidity levels during the summer vacation and weekends. Use of dehumidification and consideration for moisture factors; Operation of air conditioning systems; Avoidance of extended hours of greater relative humidity.
- How To Dry Out After The Storms Clear. Siegel, James J. // Air Conditioning Heating & Refrigeration News;8/11/2003, Vol. 219 Issue 15, p14
Discusses some strategies in dehumidification of flooded and water-damaged buildings after storms have cleared. Investigation on the water-damaged site; Dehumidification process of water-damaged buildings; Operation of heating and ventilation systems for comfort reasons.
- Dehumidification: The problem no one wants to talk about. Turpin, Joanna R. // Engineered Systems;Apr2000, Vol. 17 Issue 4, p46
Focuses on the relevance of dehumidification system to industrial, commercial and institutional buildings in the United States. Enhancement of product quality perfection; Unfamiliarity of most engineers with the application and specification of dehumidification equipment; Problems with the use...
- Why Humidity? Wasner, Lynne // Buildings;Jun2002, Vol. 96 Issue 6, p26
Discusses the importance of proper humidification in buildings. Health effects of dry air or high humidity levels; Effects of low relative humidity levels on hygroscopic building materials, finishes, and furnishings; Impact of static electricity. INSET: Keys to Comfort.
- Humidification. // ACR News: Air Conditioning & Refrigeration News;Aug2010, Vol. 26 Issue 11, p25
The article provides information on humidification which is relevant to commercial and industrial buildings. According to the author, the isothermal process is categorized either as atmospheric or pressurized steam-raising plant, with the former being more common. He also states that electrode...
- INDUSTRIAL FACILITIES Commissioning. Ellis, Rebecca // Engineered Systems;Sep2003, Vol. 20 Issue 9, p32
Focuses on the factors essential in developing the design intent document for an industrial building. Importance of the role of compressed air, steam, exhaust and humidity control systems in the facility; Strategies incorporated for energy conservation; Comparison of the essence of schedule...